CN108023748A - A kind of micro-capacitance sensor communication control method, apparatus and system - Google Patents
A kind of micro-capacitance sensor communication control method, apparatus and system Download PDFInfo
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- CN108023748A CN108023748A CN201610955799.9A CN201610955799A CN108023748A CN 108023748 A CN108023748 A CN 108023748A CN 201610955799 A CN201610955799 A CN 201610955799A CN 108023748 A CN108023748 A CN 108023748A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/06—Management of faults, events, alarms or notifications
- H04L41/0654—Management of faults, events, alarms or notifications using network fault recovery
- H04L41/0663—Performing the actions predefined by failover planning, e.g. switching to standby network elements
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Abstract
The present invention discloses a kind of micro-capacitance sensor communication control method, apparatus and system, and method includes：Obtain the communication mode parameter value that the communication node sensor being arranged in micro-capacitance sensor subsystem is set；Judge whether communication mode parameter value is the first preset value of communication mode parameter, and the first preset value of communication mode parameter is used to indicate that micro-capacitance sensor subsystem and the communication mode of micro-capacitance sensor mother system are wireless communication；If, the working status for then controlling the communication mode handover module being arranged in micro-capacitance sensor subsystem is wireless communication state, so that the communication mode between micro-capacitance sensor subsystem and micro-capacitance sensor mother system is wireless communication, communication data is sent to micro-capacitance sensor mother system by the communication node in micro-capacitance sensor subsystem by wireless network.The present invention by communication mode parameter value come determine cable network whether failure, and during ensure that cable network failure, micro-capacitance sensor subsystem and micro-capacitance sensor mother system uninterrupted communication, solve the problems, such as micro-capacitance sensor subsystem off-grid.
Description
Technical field
The present invention relates to micro-capacitance sensor technical field, and in particular to a kind of micro-capacitance sensor communication control method, apparatus and system.
Background technology
Intelligent micro-grid is made of a mother system and multiple subsystems, and each subsystem communicates with mother system, and Fig. 1 is existing
Intelligent micro-grid structure diagram, a subsystem, other subsystems and the subsystem structure class shown in Fig. 1 are only shown in Fig. 1
Seemingly, other subsystems are identical with the connection mode of mother system with the subsystem shown in Fig. 1 with the connection mode of mother system, therefore,
The structure of other subsystems and the connection mode with mother system are no longer shown.In practical applications, intelligent micro-grid is using wired
Network service, communication link are the data networks based on wired ethernet connection, are often occurred due to animal, artificially, or
Link caused by environment disconnects failure, and the subsystem and mother system for causing intelligent micro-grid depart from, and intelligent micro-grid loses collection
The related data and warning message of point, very big hidden danger, intelligent micro-grid alarm are brought to intelligent micro-grid safety and stability
Frequency is also very high, it is necessary to artificially go to process, workload is bigger than normal.
In addition, by the local data library module of micro-capacitance sensor subsystem and this in existing intelligent micro-grid structure shown in Fig. 1
Ground micro server association, defect are that the data of local data library module storage are after the processing of micro-capacitance sensor data acquisition module
Data, not initial data, when occur link disconnect failure, local data library module storage data due to non-primary number
According to being unfavorable for analyzing failure cause and micro-capacitance sensor management.
In addition, adopted when micro-capacitance sensor subsystem is connected with micro-capacitance sensor mother system in existing intelligent micro-grid structure shown in Fig. 1
With wired network communication, when physical fault occurs in cable network, micro-capacitance sensor mother system can not read micro-capacitance sensor subsystem in time
Fault data and warning message, be unfavorable for analyzing failure cause and micro-capacitance sensor management.
The content of the invention
In view of the above problems, the present invention proposes the one kind for overcoming the above problem or solving the above problems at least in part
Micro-capacitance sensor communication control method, apparatus and system.
For this purpose, in a first aspect, the present invention proposes a kind of micro-capacitance sensor communication control method, including：
Obtain the communication mode parameter value that the communication node sensor being arranged in micro-capacitance sensor subsystem is set；The communication
Whether mode parameter value receives the communication number of micro-capacitance sensor mother system passback for the communication node sensor based on communication node
According to and set communication mode parameter value；
Judge whether the communication mode parameter value that gets is the first preset value of communication mode parameter, the communication party
The first preset value of formula parameter is used to indicate that the communication mode of the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system to be wireless network
Network communicates；
If so, the working status for then controlling the communication mode handover module being arranged in the micro-capacitance sensor subsystem is wireless
Network communication status, so that the communication mode between the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system leads to for wireless network
Believe, communication data is sent to the micro-capacitance sensor mother system by the communication node in the micro-capacitance sensor subsystem by wireless network.
Second aspect, the present invention also propose a kind of micro-capacitance sensor communication control unit, including：
Acquiring unit, the communication mode ginseng set for obtaining the communication node sensor being arranged in micro-capacitance sensor subsystem
Numerical value；Whether the communication mode parameter value receives micro-capacitance sensor mother system for the communication node sensor based on communication node
The communication data of passback and the communication mode parameter value set；
Judging unit, whether the communication mode parameter value for judging to get is that communication mode parameter first is default
Value, first preset value of communication mode parameter are used for the communication for indicating the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system
Mode is wireless communication；
Control unit, judges that the communication mode parameter value is default for communication mode parameter first for the judging unit
After value, the working status for controlling the communication mode handover module being arranged in the micro-capacitance sensor subsystem is wireless communication shape
State, so that the communication mode between the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system is wireless communication, it is described micro-
Communication data is sent to the micro-capacitance sensor mother system by the communication node in power grid subsystem by wireless network.
The third aspect, the present invention also propose a kind of micro-capacitance sensor communication control system, including：
Micro-capacitance sensor communication control unit as described in second aspect, the communication node being arranged in micro-capacitance sensor subsystem sensing
Device and the communication mode handover module being arranged in the micro-capacitance sensor subsystem；
The micro-capacitance sensor communication control unit communicates with the communication node sensor.
Compared with the prior art, micro-capacitance sensor communication control method proposed by the present invention, apparatus and system, pass through communication mode
Parameter value come determine cable network whether failure, and during ensure that cable network failure, micro-capacitance sensor subsystem is female with micro-capacitance sensor
System uninterrupted communication, solves the problems, such as micro-capacitance sensor subsystem off-grid.
Further, micro-capacitance sensor communication control method proposed by the present invention, apparatus and system, by embedded data library module
Directly establish in micro-capacitance sensor data acquisition module front end, compared with prior art in by local data library module and local micro service
The associated mode of device, the present invention in embedded data library module store be all initial data, be conducive to analyzing failure cause and
Micro-capacitance sensor management.
Further, micro-capacitance sensor communication control method proposed by the present invention, apparatus and system, it is possible to achieve wired and wireless
The automatic switchover of link, when being switched to wire link from Radio Link, just by embedded data library module in wireless communication
The data sending of period storage is of short duration pause to micro-capacitance sensor mother system, such data link, and micro-capacitance sensor mother system is not
There are the data for losing micro-capacitance sensor subsystem between age at failure.
Brief description of the drawings
Fig. 1 is intelligent micro-grid structure diagram in the prior art；
Fig. 2 is a kind of micro-capacitance sensor communication control method flow chart that first embodiment of the invention provides；
Fig. 3 is a kind of micro-capacitance sensor communication control unit structure chart that second embodiment of the invention provides；
Fig. 4 is the intelligent micro-grid structure diagram that third embodiment of the invention provides.
Embodiment
To make the purpose, technical scheme and advantage of the embodiment of the present invention clearer, below in conjunction with the embodiment of the present invention
In attached drawing, the technical solution in the embodiment of the present invention is explicitly described, it is clear that described embodiment be the present invention
Part of the embodiment, instead of all the embodiments.
It should be noted that herein, " first " and " second " is used merely to distinguish identical title, without
It is the relation or order implied between these titles.
As shown in Fig. 2, the present embodiment discloses a kind of micro-capacitance sensor communication control method, it may include following steps 201 to 203：
201st, the communication mode parameter value that the communication node sensor being arranged in micro-capacitance sensor subsystem is set is obtained；It is described
Whether communication mode parameter value receives the logical of micro-capacitance sensor mother system passback for the communication node sensor based on communication node
Letter data and the communication mode parameter value set.
Whether the communication mode parameter value for the 202nd, judging to get is the first preset value of communication mode parameter, described logical
The first preset value of letter mode parameter is used to indicate that the communication mode of the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system to be nothing
Line network service；If so, then perform step 203.
203rd, the working status for controlling the communication mode handover module being arranged in the micro-capacitance sensor subsystem is wireless network
Network communications status, so that the communication mode between the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system leads to for wireless network
Believe, communication data is sent to the micro-capacitance sensor mother system by the communication node in the micro-capacitance sensor subsystem by wireless network.
In the present embodiment, step 203 can be：Control is arranged on the communication mode handover module in the micro-capacitance sensor subsystem
Communication mode between the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system is switched to wireless communication, so that described
Communication data is sent to the micro-capacitance sensor mother system by the communication node in micro-capacitance sensor subsystem by wireless network.Certainly, if
Communication mode between micro-capacitance sensor subsystem and micro-capacitance sensor mother system has been wireless communication, then is not required communication mode to cut
The switching action of block is changed the mold, the working status for only maintaining communication mode handover module is wireless communication state.
Compared with the prior art, micro-capacitance sensor communication control method disclosed in the present embodiment, by communication mode parameter value come
Determine cable network whether failure, and during ensure that cable network failure, micro-capacitance sensor subsystem and micro-capacitance sensor mother system not between
Open close letter, solves the problems, such as micro-capacitance sensor subsystem off-grid.
Whether the communication mode parameter value for judging to get in a specific example, described in step 202 is logical
After letter mode the first preset value of parameter, if it is not, then further including the step 202 not shown in Fig. 2 ' or 202 "：
202 ', the working status for controlling the communication mode handover module being arranged in the micro-capacitance sensor subsystem is wired network
Network communications status, so that the communication mode between the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system leads to for cable network
Believe, communication data is sent to the micro-capacitance sensor mother system by the communication node in the micro-capacitance sensor subsystem by cable network.
In the present embodiment, step 202 ' can be：Control is arranged on the communication mode switching mould in the micro-capacitance sensor subsystem
Communication mode between the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system is switched to wired network communication by block, so that institute
Communication data is sent to the micro-capacitance sensor mother system by the communication node stated in micro-capacitance sensor subsystem by cable network.Certainly,
If the communication mode between micro-capacitance sensor subsystem and micro-capacitance sensor mother system has been wired network communication, communication mode is not required
The switching action of handover module, the working status for only maintaining communication mode handover module is wired network communication state.
Whether the communication mode parameter value for 202 ", judging to get is the second preset value of communication mode parameter, described
The second preset value of communication mode parameters is used to indicate the communication party between the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system
Formula is wired network communication；If so, then control is arranged on the work of the communication mode handover module in the micro-capacitance sensor subsystem
State is wired network communication, so that the communication node in the micro-capacitance sensor subsystem is sent communication data by cable network
To the micro-capacitance sensor mother system.Certainly, step 202 " can also perform after step 201.
Micro-capacitance sensor communication control method disclosed in the present embodiment, is cut by the communication mode being arranged in micro-capacitance sensor subsystem
Mold changing block realizes the switching of communication mode between micro-capacitance sensor subsystem and micro-capacitance sensor mother system, ensures micro-capacitance sensor subsystem and micro- electricity
Net mother system uninterrupted communication, solves the problems, such as micro-capacitance sensor subsystem off-grid.
In a specific example, control described in step 203 is arranged on the communication mode in the micro-capacitance sensor subsystem
While the working status of handover module is wireless communication state, the step of method is further included not shown in Fig. 2 shown in Fig. 2
203’：
203 ', control is arranged on the embedded data library module storage wireless communication phase in the micro-capacitance sensor subsystem
Between the data that arrive of micro-capacitance sensor data collecting module collected in the micro-capacitance sensor subsystem.
Micro-capacitance sensor communication control method disclosed in the present embodiment, embedded data library module is directly established in micro-capacitance sensor number
According to acquisition module front end, compared with prior art in by local data library module and the associated mode of local micro server, this reality
Apply that embedded data library module in example stores is all initial data, is conducive to analyzing failure cause and micro-capacitance sensor management.
In a specific example, when the communication mode that the control is arranged in the micro-capacitance sensor subsystem switches mould
Communication mode between the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system is switched to wired by block by wireless communication
After network service, the data stored during wireless communication are passed through micro-capacitance sensor by control embedded data library module
Communication node in system is sent to the micro-capacitance sensor mother system using cable network.
Micro-capacitance sensor communication control method disclosed in the present embodiment, it is possible to achieve the wired and automatic switchover of Radio Link, when
Wire link is switched to from Radio Link, the data sending for just storing embedded data library module during wireless communication
To micro-capacitance sensor mother system, all data of such microgrid subsystem can be kept backup, and data link is of short duration stops
, micro-capacitance sensor mother system does not have the data of micro-capacitance sensor subsystem during losing failure.Certainly, in micro-capacitance sensor subsystem and micro- electricity
When the communication mode of net mother system is wireless communication, the data of micro-capacitance sensor subsystem can be sent to micro-capacitance sensor mother in real time
System, so that micro-capacitance sensor mother system can carry out real-time data analysis to the data of micro-capacitance sensor subsystem.
As shown in figure 3, the present embodiment discloses a kind of micro-capacitance sensor communication control unit, it may include with lower unit：Acquiring unit
31st, judging unit 32 and control unit 33, each unit is described as follows：
Acquiring unit 31, the communication mode set for obtaining the communication node sensor being arranged in micro-capacitance sensor subsystem
Parameter value；It is maternal whether the communication mode parameter value for the communication node sensor based on communication node receives micro-capacitance sensor
Unite passback communication data and the communication mode parameter value that sets.
Judging unit 32, whether the communication mode parameter value for judging to get is that communication mode parameter first is pre-
If value, first preset value of communication mode parameter is used to indicate the logical of the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system
Letter mode is wireless communication.
Control unit 33, judges that the communication mode parameter value is pre- for communication mode parameter first for the judging unit
If after value, the working status for controlling the communication mode handover module being arranged in the micro-capacitance sensor subsystem is wireless communication
State, so that the communication mode between the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system is wireless communication, it is described
Communication data is sent to the micro-capacitance sensor mother system by the communication node in micro-capacitance sensor subsystem by wireless network.
In the present embodiment, control unit 33, the communication mode being arranged on specifically for control in the micro-capacitance sensor subsystem
Communication mode between the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system is switched to wireless communication by handover module,
So that communication data is sent to the micro-capacitance sensor mother system by the communication node in the micro-capacitance sensor subsystem by wireless network.
Certainly, if the communication mode between micro-capacitance sensor subsystem and micro-capacitance sensor mother system has been wireless communication, need not lead to
The switching action of letter mode handover module, the working status for only maintaining communication mode handover module are for wireless communication state
Can.
Micro-capacitance sensor communication control unit disclosed in the present embodiment, may be provided at the local micro clothes of the micro-capacitance sensor subsystem
It is engaged in device.Compared with the prior art, micro-capacitance sensor communication control unit disclosed in the present embodiment, by communication mode parameter value come really
Determine cable network whether failure, and during ensure that cable network failure, micro-capacitance sensor subsystem and micro-capacitance sensor mother system are uninterrupted
Communication, solves the problems, such as micro-capacitance sensor subsystem off-grid.
In a specific example, described control unit 33, is additionally operable to the judging unit 32 and judges the communication party
After formula parameter value non-communicating mode the first preset value of parameter, control is arranged on the communication mode switching in the micro-capacitance sensor subsystem
The working status of module is wired network communication state, so that between the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system
Communication mode is wired network communication, and the communication node in the micro-capacitance sensor subsystem is sent communication data by cable network
To the micro-capacitance sensor mother system.
In the present embodiment, described control unit 33, judges the communication mode parameter specifically for the judging unit 32
After being worth non-communicating mode the first preset value of parameter, the communication mode handover module that control is arranged in the micro-capacitance sensor subsystem will
Communication mode between the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system is switched to wired network communication, so that described micro-
Communication data is sent to the micro-capacitance sensor mother system by the communication node in power grid subsystem by cable network.Certainly, it is if micro-
Communication mode between power grid subsystem and micro-capacitance sensor mother system has been wired network communication, then communication mode switching is not required
The switching action of module, the working status for only maintaining communication mode handover module is wired network communication state.
In another implementation of the present embodiment, the judging unit 32 is additionally operable to judge the communication party got
Whether formula parameter value is the second preset value of communication mode parameter, and second preset value of communication mode parameter is used to indicate described micro-
Communication mode between power grid subsystem and the micro-capacitance sensor mother system is wired network communication；If so, then described control unit
33 to control the working status of the communication mode handover module being arranged in the micro-capacitance sensor subsystem be wired network communication, so that
Communication data is sent to the micro-capacitance sensor mother system by the communication node in the micro-capacitance sensor subsystem by cable network.
Micro-capacitance sensor communication control unit disclosed in the present embodiment, is cut by the communication mode being arranged in micro-capacitance sensor subsystem
Mold changing block realizes the switching of communication mode between micro-capacitance sensor subsystem and micro-capacitance sensor mother system, ensures micro-capacitance sensor subsystem and micro- electricity
Net mother system uninterrupted communication, solves the problems, such as micro-capacitance sensor subsystem off-grid.
In a specific example, described control unit 33, is additionally operable to control and is arranged in the micro-capacitance sensor subsystem
Embedded data library module storage wireless communication during micro-capacitance sensor data acquisition module in the micro-capacitance sensor subsystem
The data collected.
Micro-capacitance sensor communication control unit disclosed in the present embodiment, embedded data library module is directly established in micro-capacitance sensor number
According to acquisition module front end, compared with prior art in by local data library module and the associated mode of local micro server, this reality
Apply that embedded data library module in example stores is all initial data, is conducive to analyzing failure cause and micro-capacitance sensor management.
In a specific example, described control unit 33, is additionally operable to by wireless communication be switched in communication mode
For wired network communication when, control the embedded data library module to pass through the data stored during wireless communication described
Communication node in micro-capacitance sensor subsystem is sent to the micro-capacitance sensor mother system using cable network.
Micro-capacitance sensor communication control unit disclosed in the present embodiment, it is possible to achieve the wired and automatic switchover of Radio Link, when
Wire link is switched to from Radio Link, the data sending for just storing embedded data library module during wireless communication
To micro-capacitance sensor mother system, such data link is of short duration pause, micro- electricity during micro-capacitance sensor mother system loses failure
The data of net system.Certainly, when the communication mode of micro-capacitance sensor subsystem and micro-capacitance sensor subsystem is wireless communication,
The data communication between micro-capacitance sensor subsystem and micro-capacitance sensor mother system can be realized in real time, so that micro-capacitance sensor mother system energy
The data of micro-capacitance sensor subsystem, quickly analyze micro-capacitance sensor subsystem fault reason during timely acquisition failure.
Further, a kind of micro-capacitance sensor communication control system is also disclosed in the embodiment of the present invention, it may include：
Micro-capacitance sensor communication control unit as described in Figure 3, the communication node sensor being arranged in micro-capacitance sensor subsystem with
And it is arranged on the communication mode handover module in the micro-capacitance sensor subsystem；
The micro-capacitance sensor communication control unit communicates with the communication node sensor.
Further, further include：
The embedded data library module being arranged in the micro-capacitance sensor subsystem；
The micro-capacitance sensor communication control unit communicates with the embedded data library module.
Based on the micro-capacitance sensor communication control unit disclosed in above-described embodiment, micro-capacitance sensor communication control system, Fig. 4 is shown
A kind of intelligent micro-grid structure diagram provided in an embodiment of the present invention.
The hardware of embedded data library module be made up of CPU and the DDR memory and solid state hard disc of ARM7 it is embedded
Storage system, Embedded Memory System provide hardware carrier for embedded database, run on its basis based on the micro- of linux
Type operating system, the data gathered in real time to micro-capacitance sensor data acquisition module are backed up and managed, and are gone out in micro-capacitance sensor subsystem
During existing communication failure, also can timely Backup Data, do not cause data to be lost in, treat that wire communication recovers, micro-capacitance sensor mother system passes through
Ethernet above digital independent during failure to big cloud platform, failure will be analyzed and the adjustment of Controlling model, makes micro-
Power grid is more reliable and more stable.In the present embodiment, local number of the embedded data library module to micro-capacitance sensor data collecting module collected
According to being stored and being managed, realize that hardware data stores, the initial data of micro-capacitance sensor data collecting module collected is stored in embedding
Enter formula database module, support exterior extension, capacity is unrestricted.
In a particular application, the built-in individual memory cells of USB flash disk formula in embedded data library module, as long as ensureing equipment
It can operate, even equipment can not all be communicated with any upper management system, device data can also be stored in inside, will not be lost
Lose.After the communication with upper management system is recovered, upper management system reads the storage unit inside equipment automatically, and extraction is set
Standby data, so that the maximum integrality that ensure that system data.
In a particular application, the communication mode between micro-capacitance sensor subsystem and micro-capacitance sensor mother system uses cable network and nothing
Line network communication mode realizes that composite link communicates.Such as：There is initial use between micro-capacitance sensor subsystem and micro-capacitance sensor mother system
Gauze network is communicated, and it is the second preset value of communication mode parameter (second that communication node sensor, which sets communication mode parameter value,
Preset value is that 1), it is 1 that micro-capacitance sensor communication control unit, which obtains the communication mode parameter value that communication node sensor is set, judges to work as
Before enable be wired network, then inside story pattern and interpretive model all using cable network carry out, communication node sensor
Communication node can be collected and receive the signal that the communication data of micro-capacitance sensor mother system passback produces；When cable network goes wrong
When, communication node sensor does not collect signal, because communication node is not received by the communication number of micro-capacitance sensor mother system passback
According to so it is that (the first preset value is the first preset value of communication mode parameter that communication node sensor, which sets communication mode parameter value,
0) the communication mode parameter value that, micro-capacitance sensor communication control unit obtains that communication node sensor is set is 0, judges current wired network
Road failure is, it is necessary to enable wireless network, then inside story pattern and interpretive model are all carried out using wireless network.In addition wired
When network or wireless network need to safeguard, artificial switching can be carried out, so that it is guaranteed that micro-capacitance sensor subsystem communicates with mother system
It is unimpeded.
It will be understood by those skilled in the art that each unit in embodiment can be combined into a unit, and in addition
Multiple subelements can be divided into.Except at least some in such feature and/or process or unit are to arrange mutually
Reprimand part, can use any combinations to all features disclosed in this specification and such disclosed any method or set
Standby all processes or unit are combined.Unless expressly stated otherwise, each feature disclosed in this specification can be by carrying
Replaced for the alternative features of identical, equivalent or similar purpose.
It will be appreciated by those of skill in the art that although some embodiments described herein include being wrapped in other embodiments
The some features rather than further feature included, but the combination of the feature of different embodiment mean in the scope of the present invention it
It is interior and form different embodiments.
It will be understood by those skilled in the art that each unit in embodiment can with hardware realization, or with one or
The software module run on the multiple processors of person is realized, or is realized with combinations thereof.Those skilled in the art should manage
Solution, can realize according to embodiments of the present invention one using microprocessor or digital signal processor (DSP) in practice
The some or all functions of a little or whole components.The present invention is also implemented as performing method as described herein
Some or all equipment or program of device (for example, computer program and computer program product).
Although being described in conjunction with the accompanying embodiments of the present invention, those skilled in the art can not depart from this hair
Various modifications and variations are made in the case of bright spirit and scope, such modifications and variations are each fallen within by appended claims
Within limited range.
Claims (8)
- A kind of 1. micro-capacitance sensor communication control method, it is characterised in that including：Obtain the communication mode parameter value that the communication node sensor being arranged in micro-capacitance sensor subsystem is set；The communication mode Parameter value for the communication node sensor based on communication node whether receive micro-capacitance sensor mother system passback communication data and The communication mode parameter value of setting；Whether the communication mode parameter value for judging to get is the first preset value of communication mode parameter, the communication mode ginseng Several first preset values are used to indicate that the communication mode of the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system leads to for wireless network Letter；If so, the working status for then controlling the communication mode handover module being arranged in the micro-capacitance sensor subsystem is wireless network Communications status, so that the communication mode between the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system is wireless communication, Communication data is sent to the micro-capacitance sensor mother system by the communication node in the micro-capacitance sensor subsystem by wireless network.
- 2. according to the method described in claim 1, it is characterized in that, the communication mode parameter value that the judgement is got is It is no be the first preset value of communication mode parameter after, further include：If it is not, the working status for then controlling the communication mode handover module being arranged in the micro-capacitance sensor subsystem is cable network Communications status, so that the communication mode between the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system is wired network communication, Communication data is sent to the micro-capacitance sensor mother system by the communication node in the micro-capacitance sensor subsystem by cable network.
- 3. according to the method described in claim 1, it is characterized in that, further include：Micro-capacitance sensor is arranged in the control While the working status of communication mode handover module in system is wireless communication state,Control is described micro- during being arranged on the embedded data library module storage wireless communication in the micro-capacitance sensor subsystem The data that micro-capacitance sensor data collecting module collected in power grid subsystem arrives.
- A kind of 4. micro-capacitance sensor communication control unit, it is characterised in that including：Acquiring unit, the communication mode parameter set for obtaining the communication node sensor being arranged in micro-capacitance sensor subsystem Value；The communication mode parameter value returns for the communication node sensor based on whether communication node receives micro-capacitance sensor mother system The communication data of biography and the communication mode parameter value set；Judging unit, whether the communication mode parameter value for judging to get is the first preset value of communication mode parameter, First preset value of communication mode parameter is used for the communication party for indicating the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system Formula is wireless communication；Control unit, judges that the communication mode parameter value is the first preset value of communication mode parameter for the judging unit Afterwards, the working status for controlling the communication mode handover module being arranged in the micro-capacitance sensor subsystem is wireless communication shape State, so that the communication mode between the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system is wireless communication, it is described micro- Communication data is sent to the micro-capacitance sensor mother system by the communication node in power grid subsystem by wireless network.
- 5. device according to claim 4, it is characterised in thatDescribed control unit, is additionally operable to the judging unit and judges that the communication mode parameter value non-communicating mode parameter first is pre- If after value, the working status for controlling the communication mode handover module being arranged in the micro-capacitance sensor subsystem is wired network communication State, so that the communication mode between the micro-capacitance sensor subsystem and the micro-capacitance sensor mother system is wired network communication, it is described Communication data is sent to the micro-capacitance sensor mother system by the communication node in micro-capacitance sensor subsystem by cable network.
- 6. device according to claim 4, it is characterised in that described control unit, be additionally operable to control be arranged on it is described micro- Micro-capacitance sensor during embedded data library module storage wireless communication in power grid subsystem in the micro-capacitance sensor subsystem The data that data collecting module collected arrives.
- A kind of 7. micro-capacitance sensor communication control system, it is characterised in that including：Such as claim 4 to 6 any one of them micro-capacitance sensor communication control unit, the communication section being arranged in micro-capacitance sensor subsystem Point sensor and the communication mode handover module being arranged in the micro-capacitance sensor subsystem；The micro-capacitance sensor communication control unit communicates with the communication node sensor.
- 8. system according to claim 7, it is characterised in that further include：The embedded data library module being arranged in the micro-capacitance sensor subsystem；The micro-capacitance sensor communication control unit communicates with the embedded data library module.
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